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Simpson's Rule (Integration) (1 Viewer)

Thread starter atar90plus
Start date Jun 9, 2012

atar90plus

01000101=YES! YES! YES!

#1

Hello
Could you guys please help me with these Q5 and 6 as attached. Please show full working and solution.

Thanks

Last edited: Jun 9, 2012

A

Arr0gance

Member

#2

$\\ $ 5. (I THINK this question is done similarly to question 4.) \\\\ $ V = \int ^{h}_{0} A(x)dx \\\\ \begin{align*} A &\approx \frac{h}{3}[y_{0} + y_{4} + 2y_{2} + 4(y_{1} + y_{3})] \\ &= \frac{20}{3}[64 + 88 + 2(146) + 4(98 + 160)] \\ &= 9840 m^2 \end{align*} \\\\ $ Therefore $ V = 9840 m^3$

Last edited: Jun 24, 2012

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